These superconducting properties are considered conventional today and have already paved the way for entirely new technologies used in applications such as magnetic resonance imaging equipment, magle...
阅读全文同时提高纤维材料的强度和韧性是工业和科学研究的一个重要而长期的目标。高强度使纤维能够承受重物，高韧性使纤维能够吸收高冲击能量。人们开发了不同的策略来提升纤维的部分性能，如创建交联网络、自组装形成纳...
阅读全文导电聚合物水凝胶兼具优良的电学、力学、生物学性能，是开发植入式生物电子界面的理想材料。然而由于其电学-力学性能间的相互矛盾关系，现有导电聚合物水凝胶难以实现高电导率与高拉伸性、强韧性等力学性能的同步...
阅读全文日本OHARA公司將展開電池用鋰離子傳導性玻璃陶瓷的應用開發，繼鋰離子電池(LiB)正極用添加劑材料之後，將擴大應用做為半固態電池之電解質。使用此材料將可減少50%的電解液量並提高輸出特性，另可利用其在水溶劑中的分...
阅读全文由于高理论容量(820 mA h g-1)、低氧化还原电位(与标准氢电极相比-0.763 V)和高储量，以锌金属为负极的水系锌离子电池在电网级储能装置中很有前景。然而，Zn2+溶剂化结构中的水分子在Zn负极表面得到电子引发析氢...
阅读全文德國馬克斯普朗克智慧系統研究所(Max Planck Institute Intelligent Systems)開發了一項使用結束廢棄後可自然降解之新型機械驅動器(Actuator)。 研發團隊曾在2018年發表人工肌肉相關的研發成果，是一項名為「Hydraul...
阅读全文蘇建維 / 工研院電光所 前言 全球學術界和企業界皆公認的積體電路設計領域最高級別會議，被認為是積體電路設計領域“世界奧林匹克大會”的International Solid-State Circuits Conference(ISSCC)，2023年大會共收到6...
阅读全文The serendipitous collaboration between the labs was catalyzed by PhD student Samuel Leitão. His research focuses on SICM, in which variations in the ionic current flowing through a probe tip are use...
阅读全文Oscillators with slightly different resonance frequencies tend to lock their frequency to a common value when they start to interact with one another. This phenomenon was originally observed in a syst...
阅读全文Reviewed by Laura Thomson Jun 19 2023 A human cell harbors roughly 2 meters of DNA, encompassing the essential genetic information of an individual. If one were to unwind and stretch out all the DNA c...
阅读全文Processes in nature that occur in molecules or solids sometimes run on a time scale of quadrillionths (femtoseconds) or quintillionths (attoseconds) of a second. Nuclear reactions are even faster. Now...
阅读全文An OLED consists of two electrodes, of which at least one is transparent. Thin layers of organic semiconducting materials are located between them. Their light results from electroluminescence. When a...
阅读全文From Shimadzu Scientific Instruments Jun 19 2023 Shimadzu Scientific Instruments introduces the AIMsight Infrared Microscope featuring automated analysis functions and an enhanced wide field camera to...
阅读全文作者对聚合物力学性能、热性能、透光性能、抑菌性能和阻隔性能进行测试，结果表明，改变离子单体种类使得聚合物具有可调的力学性能(图2A)，抗拉强度在17.72至37.18 MPa范围内，杨氏模量在846.85至1187.09 MPa范围内，...
阅读全文青岛科技大学周忠敏教授团队Angew：热交联富F聚合物抑制可持续钙钛矿太阳能电池和模块的铅泄漏 材料 作者：X-MOL 2023-06-20 近日，青岛科技大学周忠敏教授（点击查看介绍）团队与其合作者报道了一种有机小分子单体八...
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